846210 / Forging or Die-stamping Machines (Including Presses) and Hammers
846221 / Bending, Folding or Straightening Machines, Numerically Controlled
846229 / Other Bending, Folding, Straightening or Flattening Machines (Presses)
846231 / Shearing Machines (Including Presses), Numerically Controlled
846239 / Other Shearing Machines (Including Presses)
846241 / Punching or Notching Machines (Presses), Numerically Controlled
846249 / Other Punching or Notching Machines (Including Presses)
846291 / Hydraulic Presses
846299 / Presses for Working Metal or Metal Carbides, Not Specified Above
Forg
Bend
Straight
Flat
Shear
Punch
Hydraulic
Press
ANSI B11.15-2001, Pipe, Tube, and Shape
Bending Machines, Safety Requirements
for Construction, Care, and Use
Pertains to the safety requirements for pipe,
tube, and shape bending machines as
described in this standard. This standard is
part of the ANSI B11 series of safety standards
for machine tools. It is limited to the
requirements of safeguarding of personnel,
installation, verification, operation,
maintenance, training, and documentation for
individual machines.
ASME B107.19-2004, Pliers, Retaining Ring
This Standard provides performance and safety
requirements for ball peen hammers. Ball peen
hammers have a striking face on one end of
the head for use in striking punches and
chisels, and a ball peen on the opposite end for
use in riveting, shaping, and straightening
unhardened metals. This Standard is intended
to serve as a guide in selecting, testing, and
using the hand tools covered herein. It is not
the purpose of this Standard to specify the
details of manufacturing.
ASME B107.41M-2004, Nail Hammers –
Safety Requirements
This Standard provides performance and safety
requirements for ball peen hammers. Ball peen
hammers have a striking face on one end of
the head for use in striking punches and
chisels, and a ball peen on the opposite end for
use in riveting, shaping, and straightening
unhardened metals. This Standard is intended
to serve as a guide in selecting, testing, and
using the hand tools covered herein. It is not
the purpose of this Standard to specify the
details of manufacturing.
ASME B107.46M-2004, Stud, Screw and
Pipe Extractors – Safety Requirements
This Standard provides performance and safety
requirements for ball peen hammers. Ball peen
hammers have a striking face on one end of
the head for use in striking punches and
chisels, and a ball peen on the opposite end for
use in riveting, shaping, and straightening
unhardened metals. This Standard is intended
to serve as a guide in selecting, testing, and
using the hand tools covered herein. It is not
the purpose of this Standard to specify the
details of manufacturing.
ASME B107.53M-2004, Hand Tools – Ball
Peen Hammers – Safety Requirements
This Standard provides performance and safety
requirements for ball peen hammers. Ball peen
hammers have a striking face on one end of
the head for use in striking punches and
chisels, and a ball peen on the opposite end for
use in riveting, shaping, and straightening
unhardened metals. This Standard is intended
to serve as a guide in selecting, testing, and
using the hand tools covered herein. It is not
the purpose of this Standard to specify the
details of manufacturing.
ASME PTC 19.2-2004, Pressure
Measurement Instruments and Apparatus
– Part 2
This Standard provides performance and safety
requirements for ball peen hammers. Ball peen
hammers have a striking face on one end of
the head for use in striking punches and
chisels, and a ball peen on the opposite end for
use in riveting, shaping, and straightening
unhardened metals. This Standard is intended
to serve as a guide in selecting, testing, and
using the hand tools covered herein. It is not
the purpose of this Standard to specify the
details of manufacturing.
AWS C4.4/C4.4M-2004, Recommended
Practices for Heat Shaping and
Straightening with Oxyfuel Gas Heating
Torches
This Recommended Practices for Heat
Shaping and Straightening covers the shaping
of metal products by prudent use of heat to
obtain a desired configuration. The text
reviews the theory and analytical calculations
that explain how heat shaping and
straightening occurs. Sample calculations and
tables are presented for typical materials.
General heating patterns and heat shaping and
straightening techniques are discussed.
Specific heating applications are illustrated for
various sections.
ANSI B11.4-2003, Machine Tools – Safety
Requirements for Shears
Covers the safety requirements as they relate
to the design, installation, operation and
maintenance of powered shears.
ANSI B11.7-1995 (R2005), Machine Tools –
Cold Headers and Cold Formers, Safety
Requirements for Construction, Care, and
Use
The requirements of this standard apply only to
those mechanically-powered machines
commonly referred to as cold headers and cold
formers, which perform many operations such
as shearing, heading, upsetting, extruding,
trimming, forming, cold working, or warm
forming material by means of tools and dies.
This type of equipment generally has the ram in
a horizontal position. Included are pointers and
roll formers when they are mechanically an
integral part of the basic machine.
ASME B5.56M-1994 (R2002), Specification
and Performance Standard, Power
Shears
The requirements of this Standard apply to
power shears used to cut metal by shearing,
utilizing a fixed lower knife(s) and a non-rotary,
moving upper knife(s). This Standard applies to
those shears commonly referred to as
squaring, guillotine, gap, plate, pivot blade
(swing beam), and slitting (non-rotary). This
Standard specifically excludes machines
referred to as right angle, alligator, cut to
length, crop, slitting (rotary), nibblers, portable
hand tools, coil slitters, rotary blade slitters, iron
workers, angle, bar, beam, channel, notching,
rotary drum, flying, and billet shears.
ANSI B11.5-1988 (R2002), Machine Tools –
Iron Workers – Safety Requirements for
Construction, Care, and Use
Apply to those combination, multipurpose
powered machines that punch, shear, notch,
cope and form metals or other materials,
commonly referred to as "ironworkers."
ASME B107.48-2005, Metal Chisels,
Punches, and Drift Pins: Safety
Requirements
Provides performance and safety requirements
for hand-held and handled metal chisels,
punches, and drift pins. Chisels are intended
specifically for use in cutting and shaping metal
objects. Punches and drift pins are intended
specifically for use in marking metal, for driving
and removing such things as pins and rivets,
and for aligning holes in different sections of
material. Power driven chisels, punches, and
drift pins are excluded from this Standard. This
Standard is intended to serve as a guide in
selecting, testing, and using the hand tools
covered. It is not the purpose of this Standard
to specify the details of manufacturing.
Inclusion of dimensional data in this standard
does not mean that all products described
herein are stock production sizes. Consumers
should consult with manufacturers concerning
lists of stock production sizes. This standard
may be used as a guide by state authorities or
ASME B5.52-2003, Presses, General
Purpose, Single Point, Gap Type,
Mechanical Power (Metric)
This Standard applies to hydraulic and
mechanical power presses having a one-piece
frame that guides the slide and supports the
bolster, adjustable bed, or horn. The frame is
configured to provide unrestricted access to the
front and sides of the die space. By means of
dies or tooling attached to the slide and bolster
or horn, these machines are used to shear,
punch, form or assemble metal or other
materials.
ASME B5.61-2003, Power Presses -
General Purpose Single Action Straight
Side Type
This Standard applies to hydraulic and
mechanical power presses commonly referred
to by the metalworking industry as GENERAL
PURPOSE, SINGLE ACTION, STRAIGHT
SIDE TYPE POWER PRESSES that, by
means of dies or tooling attached to the slide
and bolster, are used to shear, punch, form or
assemble metal or other materials.
ANSI B11.2-1995 (R2005), Machine Tools –
Hydraulic Power Presses, Safety
Requirements for Construction, Care, and
Use
The requirements of this standard apply only to
those machine tools, commonly referred to as
hydraulic power presses, which transmit force
hydraulically to cut, form, or assemble metal or
other materials by means of tools or dies
attached to or operated by slides.
ASME B5.49-1998 (R2004), Press Terms,
Glossary of Mechanical
This Standard provides a glossary of terms
commonly used in the industries that
manufacture or use mechanically and
hydraulically powered presses.
ASME B5.52-2003, Presses, General
Purpose, Single Point, Gap Type,
Mechanical Power (Metric)
This Standard applies to hydraulic and
mechanical power presses having a one-piece
frame that guides the slide and supports the
bolster, adjustable bed, or horn. The frame is
configured to provide unrestricted access to the
front and sides of the die space. By means of
dies or tooling attached to the slide and bolster
or horn, these machines are used to shear,
punch, form or assemble metal or other
materials.
ASME B5.61-2003, Power Presses -
General Purpose Single Action Straight
Side Type
This Standard applies to hydraulic and
mechanical power presses commonly referred
to by the metalworking industry as GENERAL
PURPOSE, SINGLE ACTION, STRAIGHT
SIDE TYPE POWER PRESSES that, by
means of dies or tooling attached to the slide
and bolster, are used to shear, punch, form or
assemble metal or other materials.
ANSI B11.1-2001, Machine Tools –
Mechanical Power Presses – Safety
Requirements for Construction, Care, and
Use
Pertains to the safety requirements for the
design, construction, operation and
maintenance of mechanical power presses as
described in the standard. This standard is part
of the ANSI B11 series of safety standards for
machine tools.
ANSI B11.16 (MPIF #47)-2003, Safety
Requirements for Powder / Metal
Compacting Presses
This performance standard covers the safety
performance requirements as they relate to the
design, installation, operation and maintenance
of powder/metal compacting presses.
ANSI B11.17-2004, Machine Tools –
Horizontal Hydraulic Extrusion Presses,–
Safety Requirements for Construction,
Care, and Use
This standard specifies the safety requirements
for the design, construction, set-up, operation
and maintenance (including installation,
dismantling and transport) of integrated
manufacturing systems.
AWS D14.5-1997, Specification for Welding
of Presses and Press Components
Presents requirements for the design and
fabrication of cyclically loaded press
weldments, which includes the weld repair of
new and existing components. Filler metals
and weld procedure specifications are
recommended for the applicable base metals
that are limited to those consisting of carbon
and low-alloy steels. Allowable unit stresses
are provided for weld metal and base metal for
various cyclically loaded joint designs.
ANSI B65.5-2006, Safety Standard –
Stand-Alone Platen Presses
This standard provides operational and
mechanical safety specifications for the design
and use of webfed and sheetfed stand-alone
platen press systems intended for diecutting,
embossing, foil stamping and/or printing of
paper, board and other materials processed in
a similar manner. This standard applies to
presses with a flat bed and platen (formerly
known as job platen presses) driven by
electro-mechanical means, often in conjunction
with one or more flywheels.
UL 745-2-32-2006, Standard for Safety for
Particular Requirements for Magnetic Drill
Presses
This standard applies to hand-held portable
electric motor-operated or magnetically-driven
tools, intended for indoor or outdoor use, in
non-hazardous locations, in accordance with
the Canadian Electric Code, Part 1 and the
National Electrical Code (NFPA70). It applies to
tools rated not more than 440V (not more than
250V for tools employing a universal motor).
Replacement: This standard applies to
magnetic drill presses.